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to develop novel method for Advanced WF interface control for enhanced synchronisation stability under varying grid and WF output situation. The positions involve undertaking full time research in grid
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levels. About the Role: The role will contribute to developing research outputs in Smart Agriculture, with a focus on plant and crop science and smart vertical farming to enhance plant productivity and
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RISE programme (RISE@ATU) invests European Regional Development Funds to progress Ireland’s Smart Specialisation Strategy for Innovation (S3) in the Northern and Western region. RISE@ATU will advance
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Network grant of the Commission of European Council to develop novel method for Advanced WF interface control for enhanced synchronisation stability under varying grid and WF output situation. The positions
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Currie Doctoral Network grant of the Commission of European Council to develop novel method for Advanced WF interface control for enhanced synchronisation stability under varying grid and WF output
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funded research consortium of UK and Sub-Saharan Africa universities and institutions to study solar mini-grids implementation in Sub-Saharan Africa. Moving Impact aims at exploring how minigrids can
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Join Aston University on a British Council ISPF–funded collaboration advancing an eco-friendly, off-grid desalination solution for Egypt. Working with South Valley University, the project integrates
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approach combines the technologies and expertise of Smart Reactors (Ireland), NUIG (Ireland), University of Tubingen (Germany), Cellink (Sweden) and Brunel, University of London (UK) to address the need of a
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), and sustainable chemistry. In particular, the role will involve: (i) designing blockchain architectures and smart contracts for CO2 credit tracking, tokenisation of CO2 derived products; (ii
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at the intersection of blockchain, artificial intelligence (AI), and sustainable chemistry. In particular, the role will involve: (i) designing blockchain architectures and smart contracts for CO2 credit tracking